硅基液晶 的英文怎麼說
中文拼音 [guījīyèjīng]
硅基液晶
英文
lcos: liquid crystal on silicon-
The image source is the hard core of hmd, the r & d of lcos ( liquid crystal on silicon ) and oled ( organic light emitting diode ) microdisplays needs to conquer many difficulties which related with material, fabrication, electronic circuit, optics and so on, these means a high technology barrier. the research on their control and drive technology is essential for the performance and operation, it is also very helpful for us to get our own intelligence property during the process of the hmd system design. the first chapter in this paper makes a full scale introduction about the concept, history, configuration & structure of hmd
Hmd的像源器件(即微型顯示晶元)是整個hmd系統中最重要的組分,現階段的主流像源「硅基液晶」 ( liquidcrystalonsilicon , lcos )與「有機發光」 ( organiclightemittingdiode , oled )微顯晶元在研發中需克服材料、工藝、電路、光學等諸多方面的困難,有較高的技術門檻,其驅動及控制技術的研究是整個hmd系統中不可或缺的一環,對hmd的性能、功能及使用方式等具有決定性作用,這同時也是開發具有自主知識產權樣機的必備基礎。Synthesis and characteries of side - chain liquid crystalline - polymethylhydrosiloxane containing two mesogenic units
側鏈含有兩種介晶基元的聚硅氧烷類液晶聚合物的制備與性能The research on the effect of liquid - liquid transition of polyacrylate on crystallization - melting of pdms indicates that above the melting temperature of pdms, pdms is reinforced by a special mutual action between p - electron in carbonyl of polyacrylate and 3d orbit in si atom of pdms, while below the temperature, the pdms crystal is lessened, which can not completely remove the crystal of pdms. however, it is the crystallization behavior of pdms that results in its most segments relaxation being restrained
研究聚丙烯酸酯液一液轉變對聚二甲基硅氧烷結晶一熔融影響的結果表明:碳基碳原子上p電子與出原於中3d軌道相互作用,在聚h甲基硅氧烷熔融轉變溫度以上,對其有分子增強作用;在聚二甲基硅氧烷熔融轉變溫度以下,霎對其有降低結晶度的作用,但不能消除結晶現象。In this thesis, some fundamental topics on p - sic crystal growth such as the design of the crucible assembling system, the thermal field distribution and the liquid phase epitaxial growth of p - sic films deposited on si have been discussed. in brief, following major creative results have been obtained : 1
本文探索碳化硅晶體生長技術的若干基本問題,特別對熱系統的設計和熱場分佈問題,以及用- sic薄膜在碳飽和硅熔體中進行液相外延生長的基本工藝問題等進行了研究,獲得以下主要創新結果: 1With the development of modern industry and technology, some conveying and manipulating operations in non - contact mode need the suspension technology in the fields of guiding system, material processing, micro - electronics and semi - conductor industry and so on. therefore, it is of great importance to develop the suspension technique. there have been some conventional suspension methods at present, among them, magnetic levitation, acoustic levitation, aerodynamic levitation, optical levitation, radio - frequency levitation, electric levitation and super - conducting levitation
隨著現代工業與科學技術的發展,在精密機械工業、半導體工業、航空航天工業、交通與運輸業以及空間材料科學、微電子學和軍事科學等許多領域,需要採用懸浮技術對特定目標如精密元器件、光盤( cd ) 、液晶片( lcd ) 、硅基片( wafer ) 、導航陀螺乃至列車等實現非接觸式的操作或輸運,因此,懸浮技術的發展具有重要的理論意義和實用價值。Studies on the synthesis and single crystal structure of 3 - methyl - 6 - p - methylphenyl pyridazine
基於季戊四醇的三代硅碳烷液晶樹狀物的合成與表徵分享友人